5433711 SLEEVE AS Caterpillar parts
Rating:
Alternative (cross code) number:
CA5433711
543-3711
5433711
CA5433711
543-3711
5433711
Weight: 0.57 pounds 0 kg.
Compare Prices: .
As an associate, we earn commssions on qualifying purchases through the links below
COMP Cams 54-337-11 Stage 2 Blower LST 233/247 Hydraulic Roller Camshaft for GM LS 3-Bolt
Comp Cams Perfect choice for upgraded GM LS engines with larger displacement or larger blower applications || Spintron and Dyno-tested to ensure maximum power, Boost response and reliability || Features Low Shock Technology (LST) Cam lobe profiles for increased horsepower and improved stability at higher RPM || Made in the USA || Fit Type: Vehicle Specific
Comp Cams Perfect choice for upgraded GM LS engines with larger displacement or larger blower applications || Spintron and Dyno-tested to ensure maximum power, Boost response and reliability || Features Low Shock Technology (LST) Cam lobe profiles for increased horsepower and improved stability at higher RPM || Made in the USA || Fit Type: Vehicle Specific
COMP Cams 54-337-11 Stage 2 Blower LST 233/247 Hydraulic Roller Camshaft for GM LS 3-Bolt
Comp Cams Perfect choice for upgraded GM LS engines with larger displacement or larger blower applications || Spintron and Dyno-tested to ensure maximum power, Boost response and reliability || Features Low Shock Technology (LST) Cam lobe profiles for increased horsepower and improved stability at higher RPM || Made in the USA || Fit Type: Vehicle Specific
Comp Cams Perfect choice for upgraded GM LS engines with larger displacement or larger blower applications || Spintron and Dyno-tested to ensure maximum power, Boost response and reliability || Features Low Shock Technology (LST) Cam lobe profiles for increased horsepower and improved stability at higher RPM || Made in the USA || Fit Type: Vehicle Specific
COMP Cams 54-337-11 Stage 2 Blower LST 233/247 Hydraulic Roller Camshaft for GM LS 3-Bolt
Comp Cams Perfect choice for upgraded GM LS engines with larger displacement or larger blower applications || Spintron and Dyno-tested to ensure maximum power, Boost response and reliability || Features Low Shock Technology (LST) Cam lobe profiles for increased horsepower and improved stability at higher RPM || Made in the USA || Fit Type: Vehicle Specific
Comp Cams Perfect choice for upgraded GM LS engines with larger displacement or larger blower applications || Spintron and Dyno-tested to ensure maximum power, Boost response and reliability || Features Low Shock Technology (LST) Cam lobe profiles for increased horsepower and improved stability at higher RPM || Made in the USA || Fit Type: Vehicle Specific
Information:
Test for Shutdowns
The test will check all of the shutdowns in order to ensure that the engine will shut off when a shutdown is active.The following procedure will simulate the shutdowns for the system. The engine should shut off for each shutdown.
Start the engine.
Run the engine at a RPM that is greater than the RPM of the oil step.Note: A signal generator can be used in order to simulate a running engine. See Testing and Adjusting, RENR5851, "Setpoint - Check" for more information.
Jumper the terminals in Table 1 for one of the shutdowns that has not been tested.The engine should shut down.Note: If the system is equipped with an annunciator, check the indicator for the active shutdown. The indicator should be illuminated.
After the engine shuts down, place the engine control switch in the OFF/RESET position.
If the system is equipped with an annunciator, actuate the acknowledged switch and depress the reset push button.
Manually reset the air shutoff.
Place the engine control switch in the LOCAL position.
Restart from Step 1 until all of the shutdowns have been tested.
Table 1
Short the Listed Terminals in order to Simulate the Shutdown.    
Shutdown     Terminals     Tested (3)    
Overspeed (1)     N/A        
High crankcase pressure     11, 90        
Low engine oil pressure (low speed)     12, 91        
Low engine oil pressure (high speed)     14, 93        
Metal particle detector     32, 90        
High engine oil temperature (2)     18, 90        
High jacket water coolant temperature (2)     15, 91        
Loss of jacket water (2)     2, 66        
Customer option     1A, 41        
( 3 ) Place a check after the test when the test is completed.
( 1 ) See Testing and Adjusting, "Overspeed Verification Test".
( 2 ) The shutdown is not used on minimal systems.Test for Alarms
The test will check all of the alarms in order to ensure that the alarm circuit will energize. The following procedure will simulate the alarms for the system.
Start the engine.
Run the engine at a RPM that is greater than the RPM of the oil step.Note: A signal generator can be used in order to simulate a running engine. See Testing and Adjusting, RENR5851, "Setpoint - Check" for more information.
Jumper the terminals in Table 2 for one of the alarms that has not been tested.
Check the relay ("SAR"). The relay should be energized.Note: If the system is equipped with an annunciator, check the indicator for the active alarm. The indicator should be illuminated.Note: If the system is equipped with a customer supplied indicator that is attached to the relay ("SAR"), the indicator should be active.
Remove the jumper. The relay should de-energize.
If the system is equipped with an annunciator, actuate the acknowledged switch and depress the reset push button.
Restart from Step 3 until all of the alarms have been tested.
Table 2
Short the Listed Terminals in order to Simulate the Alarm.
The test will check all of the shutdowns in order to ensure that the engine will shut off when a shutdown is active.The following procedure will simulate the shutdowns for the system. The engine should shut off for each shutdown.
Start the engine.
Run the engine at a RPM that is greater than the RPM of the oil step.Note: A signal generator can be used in order to simulate a running engine. See Testing and Adjusting, RENR5851, "Setpoint - Check" for more information.
Jumper the terminals in Table 1 for one of the shutdowns that has not been tested.The engine should shut down.Note: If the system is equipped with an annunciator, check the indicator for the active shutdown. The indicator should be illuminated.
After the engine shuts down, place the engine control switch in the OFF/RESET position.
If the system is equipped with an annunciator, actuate the acknowledged switch and depress the reset push button.
Manually reset the air shutoff.
Place the engine control switch in the LOCAL position.
Restart from Step 1 until all of the shutdowns have been tested.
Table 1
Short the Listed Terminals in order to Simulate the Shutdown.    
Shutdown     Terminals     Tested (3)    
Overspeed (1)     N/A        
High crankcase pressure     11, 90        
Low engine oil pressure (low speed)     12, 91        
Low engine oil pressure (high speed)     14, 93        
Metal particle detector     32, 90        
High engine oil temperature (2)     18, 90        
High jacket water coolant temperature (2)     15, 91        
Loss of jacket water (2)     2, 66        
Customer option     1A, 41        
( 3 ) Place a check after the test when the test is completed.
( 1 ) See Testing and Adjusting, "Overspeed Verification Test".
( 2 ) The shutdown is not used on minimal systems.Test for Alarms
The test will check all of the alarms in order to ensure that the alarm circuit will energize. The following procedure will simulate the alarms for the system.
Start the engine.
Run the engine at a RPM that is greater than the RPM of the oil step.Note: A signal generator can be used in order to simulate a running engine. See Testing and Adjusting, RENR5851, "Setpoint - Check" for more information.
Jumper the terminals in Table 2 for one of the alarms that has not been tested.
Check the relay ("SAR"). The relay should be energized.Note: If the system is equipped with an annunciator, check the indicator for the active alarm. The indicator should be illuminated.Note: If the system is equipped with a customer supplied indicator that is attached to the relay ("SAR"), the indicator should be active.
Remove the jumper. The relay should de-energize.
If the system is equipped with an annunciator, actuate the acknowledged switch and depress the reset push button.
Restart from Step 3 until all of the alarms have been tested.
Table 2
Short the Listed Terminals in order to Simulate the Alarm.
Caterpillar parts catalog:
Parts sleeve Caterpillar catalog:
4375021
SLEEVE
Caterpillar
Caterpillar
4375019
SLEEVE
Caterpillar
Caterpillar
5112270
SLEEVE
Caterpillar
Caterpillar
5112269
SLEEVE
Caterpillar
Caterpillar
4329673
SLEEVE
Caterpillar
Caterpillar
4329571
SLEEVE
Caterpillar
Caterpillar
1308712
SLEEVE
Caterpillar
Caterpillar
1032552
SLEEVE
Caterpillar
Caterpillar
8Y8364
SLEEVE
Caterpillar
Caterpillar
5527953
SLEEVE
Caterpillar
Caterpillar
5433734
SLEEVE-GUIDE
Caterpillar
Caterpillar
5433729
SLEEVE
Caterpillar
Caterpillar